监控重要的bim信息对优化设计过程管理的必要性

M. Mohsen, Samir Albitar, M. Essam, A. Radwan
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引用次数: 1

摘要

BIM流程和工具的广泛实施导致在资产管理生命周期中产生了大量复杂的数据,包括资产主要信息、与资产相关的权威信息以及与建筑设计相关的许多组织信息。在BIM流程管理中,虚拟模型的验证和确认变得过于复杂,无法通过常规程序进行管理和控制,这导致了非传统策略的发展,通过自动化收集和整理这些BIM数据来生成有用和简单的信息,从而有助于实现目标结果,从而审查BIM数据库的完整性和正确性。监控BIM重要信息以优化设计流程管理变得越来越有必要,并引入了与BIM流程和项目开发相关的信息有多大的问题。根据流程需求、实时可用性和信息可访问性对信息进行分离是成功实施的关键,也有助于分析信息以优化BIM流程时间和浪费。基于参考分析信息的决策受到明显影响,并注意到良好的结果。本文介绍了BIM设计过程信息的类型及其根据功能的分离,以及如何通过内部开发的基于公共数据环境CDE的电子数据管理系统(EDMS)控制这些数据。它还展示了如何通过自动化解决方案审查,分析和纠正BIM信息的案例,这些解决方案有助于提高不同管理层面的决策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
NECESSITY OF MONITORING VITAL BIM INFORMATION FOR OPTIMIZED DESIGN PROCESS MANAGEMENT
The broad range of BIM processes and tools implementation has resulted in the generation of a huge amount of complex data in assets management life-cycle that includes the asset main information, authorities associated information to assets, and a number of organizational information related to buildings design. In the BIM process management, the virtual model’s verification and validation are becoming too complex to be managed and controlled by normal procedures, which leads to the development of non-traditional strategies for reviewing the BIM database completeness and correctness by the automation of collecting and arranging these BIM Data to generate useful and simple information which helps in achieving the targeted outcomes. Monitoring BIM vital information for optimized design processes management is becoming more necessary and introduce the question of how big the information is related to the BIM process and projects development. The segregation of information according to process needs, real-time availability, and the accessibility of information is crucial for successful implementation and also helps in the analysis of information for BIM process time and wastes optimization. Decision-making based on reference analysed information is clearly affected and good results are noticed. This paper introduces types of BIM design process information and its segregation according to function, and how this data is controlled by an in-house developed Electronic Data Management System (EDMS) on Common Data Environment CDE. It also shows cases of how BIM information is reviewed, analysed, and corrected by automated solutions which help to enhance decision-making on different management levels.
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